Brenpower

Compressed Air Monitoring is a smart monitoring system designed to improve energy efficiency and reduce operational losses in industrial air compressor systems.

Challenges in Factories

Air compressors are among the highest energy-consuming equipment in industrial facilities. However, they are often overlooked in monitoring strategies, leading to significant inefficiencies.

High Energy Consumption, Low Visibility

Compressors run constantly, consuming large amounts of energy, yet how much is actually used effectively remains unknown.

No Pressure or Flow Monitoring

Without monitoring pressure and flow rates, leaks, pressure fluctuations, and overloads in the air distribution system go unnoticed.

Leaks and Unnecessary Usage Go Undetected

Micro-leaks in the pipelines or open air valves may waste thousands of euros worth of energy per year. Without real-time monitoring, such losses persist silently.

Inefficient Operation Cannot Be Detected

Issues such as excessive start-stop cycles, poor pressure settings, or improper load conditions remain hidden without load/unload cycle tracking or operational data.

Proposed Solution: Smart Compressed Air Monitoring System

Our system provides real-time visibility into the performance and energy efficiency of air compressors, helping reduce operational

Real-Time Monitoring

Key data such as power consumption, load hours, pressure, flow rate, and temperature is continuously tracked and logged.

Leak and Pressure Drop Detection

The system detects unexpected drops in pressure or abnormal flow during non-production hours, helping identify leaks quickly.

Energy Efficiency Calculations

KPIs such as specific energy (kWh/m³), load/unload ratio, and compressor performance are calculated automatically to track efficiency.

Web-Based Dashboard and Alarm System

All data can be securely accessed via a web-based panel. Alerts are generated for pressure drops, overconsumption, or equipment failures.

Wireless Data Transmission

Using LoRaWAN or NB-IoT technology, data is transmitted wirelessly, making the system quick to install without disrupting production.

Reports and Key System Features

Our platform transforms collected data into actionable insights and comprehensive reports, enabling smarter decision-making.

Energy Consumption Reports

Generate daily, weekly, or monthly reports showing electricity usage, load/unload ratios, run hours, and air production volume.

Leak Detection Reporting

Analyze night-time and idle-period flow data to pinpoint possible leaks or inefficiencies in the air distribution system.

Performance & Health Analytics

Track trends such as increasing power usage or decreasing flow rate to detect maintenance needs before failures occur.

PDF & Excel Report Export

Reports can be downloaded in Excel or PDF formats, and automatic email reports can be configured for stakeholders.

Learn more about “Compressed Air Monitoring”

You can access our documentation and promotional materials from the links below.

Smart solutions that enable real-time monitoring of chiller systems to improve energy efficiency and detect faults before they occur.

Risks That Undermine Cooling Performance

Efficient and stable operation of chiller systems is critical for cooling performance, product quality, and energy costs. However, traditional monitoring methods fall short of continuous performance tracking. Brenpower addresses these challenges with real-time data tracking, AI-powered analytics, and automated reporting infrastructure.

Lack of Data Access: Silently Growing Energy Losses

Key parameters such as temperature, pressure, and energy consumption are often collected manually or via local systems, which limits holistic analysis and causes efficiency losses.

Incompatibility of Analog Systems with Digital Monitoring

Conventional systems are hard to monitor in real time and cannot be integrated with modern analytics platforms, delaying detection of faults and inefficiencies.

When Does Actual Efficiency Slip Away?

If a chiller runs continuously with the same energy input, its COP may decrease over time. When such losses aren’t monitored instantly, hidden costs arise.

Don’t Just React — Predict and Prioritize

Manual observation carries error risks. Sudden changes and faults may not be detected in time, leading to reactive rather than proactive maintenance approaches.

A New Era In Chiller Monitoring With Brenpower

Real-Time Monitoring, AI-Based Analytics, and Automated Reporting

• Make Cooling Performance Instantly VisibleBrenpower tracks key parameters like evaporator/condenser temperatures, pressures, and COP values in real time, enabling early detection of performance deviations and preventing energy waste.
• Algorithms That Detect Failures Before They OccurHistorical data from chiller systems is analyzed by AI algorithms to predict efficiency drops, overloads, or freezing risks — allowing maintenance before unplanned downtime occurs.
• Monitor COP Live and Catch Losses InstantlyCOP (Coefficient of Performance) is calculated live. Instant drops in COP help identify periods of low efficiency quickly.
• Keep Your Cooling System’s PulsePotential issues like compressor overload, condenser clogging, or evaporator icing are detected early, extending equipment life and enhancing system reliability.

Create Value With Automatic & Detailed Reporting

Ready for Audits with Automatic Reporting

All performance data is archived by the system. Automatically generated weekly and monthly reports provide audit-ready insights on energy efficiency, system health, and carbon emissions.

Wherever You Are, Your Chiller is With You

Thanks to Brenpower’s cloud-based structure, all chiller systems across different facilities can be monitored from a single central panel. Instant performance data is accessible from mobile and desktop devices.

Turn COP and Consumption Data into Insightful Reports

Brenpower transforms collected chiller data into meaningful reports that help assess performance, optimize energy use, and identify improvement opportunities.

Daily Operation and COP ReportsVisualized data including working hours, real-time COP, inlet-outlet temperatures, and energy usage.

Monthly Comparison of Electricity Consumption vs Cooling CapacityCompare energy consumed with cooling output on a per-facility basis.

KPI-Based Reporting: kW/ton, kWh/cooling capacityTrack system efficiency through energy KPIs.

Automated Email Notifications Scheduled weekly or monthly reports are sent to users automatically.

Learn more about “Chiller Monitoring”

You can access our documentation and promotional materials from the links below.

Improve workplace health and comfort by monitoring indoor air quality in real-time. Detect pollutants, optimize ventilation, and create a safer, more productive environment for everyone.

Today, people spend approximately 90% of their time indoors. Therefore, indoor air quality has a direct impact on our health, comfort, and work efficiency. Poor air can lead to fatigue, headaches, allergic reactions, and serious long-term health issues. The AQM – Indoor Air Quality Monitoring Device helps you create healthier and more efficient living spaces by continuously monitoring indoor air.

What Does Poor Air Quality Lead To?

Indoor air can quickly degrade due to inadequate ventilation, furniture, cleaning products, and pollutants from the outdoor environment. This can cause respiratory problems and allergies, low concentration and productivity, and serious long-term health issues. These risks are often noticed too late. The AQM system, with its real-time monitoring and alert features, allows you to detect problems before they occur.

Our IAQ Monitoring Solution

With real-time sensors, you can monitor air quality parameters such as airborne particles, temperature, and humidity. Thanks to our cloud-based system, you can view data instantly and perform historical analyses. The user-friendly interface makes the data easily understandable and reportable.

Why Should You Choose This System?

Sensors continuously monitor the environment and send alerts when threshold values are exceeded. Data can be accessed from anywhere via a web browser. Its easy installation and compatibility with existing systems make integration practical. With smart ventilation suggestions, it ensures energy savings and improves employee performance by reducing health risks.

Smart IoT-Based Approach

With advanced analytics and early warning systems, critical air quality parameters such as PM₂.₅, PM₁₀, temperature, and humidity are monitored instantly; trends changing over time are analyzed to identify potential risks in advance. Early warnings are provided for maintenance needs such as filter replacement, and all data is automatically reported, making processes easy to manage.

Visual Panels and Reports

Thanks to user-friendly panels, real-time measurements can be monitored on live screens; historical data can be analyzed in detail with graphs and heatmaps. The system generates weekly and monthly summary reports, and these reports can be easily exported. In addition, reports are shared automatically via email, ensuring uninterrupted information flow.

Efficiency and Cost

The system offer both performance and savings by providing controlled ventilation based on needs, optimizing energy consumption. By tracking filter lifespan, it prevents unnecessary maintenance costs. Moreover, with data analysis and reporting support in line with your sustainability goals, you can effectively manage your environmental impact.

Alerts and Notifications

Thanks to the real-time notification infrastructure, immediate alerts are received via SMS and email when defined threshold values are exceeded. Quick action can be taken in response to triggered alarms, and all events are logged for retrospective traceability.

Monitored Parameters

The system continuously monitors fine particles (PM 0.3–2.5µm) that pose respiratory risks and visible dust particles (PM 2.5–10µm). Additionally, temperature is monitored to assess indoor thermal comfort; humidity data is also continuously monitored and analyzed to track mold risk and user comfort.

Application Areas

The system easily adapts to various use scenarios. In office buildings, air quality can be effectively monitored in high-traffic areas such as open offices and meeting rooms. In production facilities, environmental conditions are constantly controlled in areas with high particle density. In environments with sensitive user groups such as schools and hospitals, monitoring all critical parameters provides a significant advantage in terms of health and comfort.

Learn more about “Indoor Air Quality Monitoring”

You can access our documentation and promotional materials from the links below.

The Boiler Efficiency Monitoring system analyzes real-time performance data to detect energy losses. This helps improve efficiency, prevent unnecessary fuel consumption, and avoid potential failures.

Operational Challenges

Efficient management of boiler systems is critical for controlling energy consumption, process efficiency, operational safety, and overall cost. However, traditional monitoring methods are often insufficient for optimizing these processes. BrenPower addresses these key issues through real-time data tracking, AI-powered analytics, and automated reporting.

Scattered and Incomplete Data Collection

Key parameters such as steam flow, steam pressure, steam temperature, feed water temperature, and natural gas consumption are often collected manually or via local systems. This results in delayed, incomplete, or unanalyzable data, leading to efficiency losses.

Legacy System Integration

Manual indicators and non-digital infrastructures make it difficult to monitor boiler efficiency in real time. Sudden anomalies in the process may go unnoticed, resulting in energy waste and decreased productivity.

Lack of Energy Efficiency Tracking

Without knowing the efficiency of a boiler at different times of the day, it’s impossible to perform energy optimization. Systems that continuously burn gas without monitoring performance may experience unseen efficiency drops and cost increases.

Manual Checks and Observations

Manual monitoring and reporting are prone to human error and provide no real-time alerts. This leads to overlooked efficiency losses, unplanned downtime, and delays in maintenance operations.

Revolutionize Boiler Management with Real-Time Insights and Predictive Intelligence

With a data-driven approach, achieve maximum efficiency and minimal energy loss. BrenPower combines IoT technology, AI-supported analytics, and remote access capabilities to solve the main challenges in boiler efficiency monitoring. Our platform provides full transparency into real-time steam production, natural gas usage, and overall energy efficiency—empowering businesses to prevent efficiency losses, optimize processes, and reduce operational costs.

• Real-Time MonitoringInstantly monitor key metrics such as steam flow, pressure, temperature, and natural gas consumption to assess the energy performance of your production processes. Real-time tracking enables you to detect inefficiencies early and ensure maximum process stability.
• Predictive MaintenanceLeverage historical performance data and AI-based analytics to predict potential efficiency drops in boilers. Plan maintenance activities proactively to avoid unexpected failures and reduce both downtime and costs.
• Energy Efficiency AuditsCompare real-time consumption and production ratios to measure the boiler system’s energy conversion efficiency. Identify periods of excessive fuel use or low steam output to drive sustainable improvements and cost savings.
• Performance-Based Process ManagementContinuously evaluate how boilers perform under load to understand system durability and operating characteristics. This analysis helps identify upgrade opportunities and supports optimal planning for modernization investments.
• Compliance and Audit ReportingRegularly archive and report energy usage, steam generation rates, and carbon emission data. These automated reports ensure compliance with energy management standards and environmental regulations, providing full audit readiness.
• Global AccessAccess boiler performance data from anywhere in the world using BrenPower’s cloud-based system. Monitor live performance and historical trends remotely, allowing seamless operational control regardless of physical location.

BrenPower Integration

BrenPower’s system directly integrates with boiler control panels, enabling real-time data transmission. It supports widely used communication protocols such as RS485, Modbus, and 4–20 mA, allowing seamless data collection of critical parameters such as steam flow, pressure, temperature, feedwater temperature, and natural gas consumption. All collected data is securely transferred to BrenPower’s cloud infrastructure over an internet connection. Advanced data processing algorithms then calculate real-time boiler efficiency and generate actionable insights. Our solution offers uninterrupted data communication via 4G LTE, Ethernet, or Wi-Fi connectivity. Data security is ensured through AES256 and RSA encryption protocols, maintaining high-level protection across all operations.

Powerful Reporting and Analytics for Data-Driven Decision Making

Get a complete overview of your boiler’s energy performance with specialized reports that analyze efficiency, usage patterns, and operational behavior. These insights help identify improvement opportunities and enable effective cost control strategies.

Operational and Efficiency Reports

Analyze boiler activity by tracking run-time hours, efficiency fluctuations, temperature changes, and fuel usage behavior. Daily steam production performance is evaluated alongside critical variables to detect inefficiencies early.

KPI-Based Performance Reports

Key performance indicators (KPIs) such as specific gas consumption, energy per kg of steam, and carbon emissions are continuously measured. Long-term trends are tracked to guide strategic decisions with reliable data.

Automated and Scheduled Reporting

Weekly and monthly reports are automatically sent via email. This structure eliminates manual follow-up and enables continuous monitoring with minimal effort, ensuring users are always prepared for audits and process optimization.

Learn more about boiler efficiency monitoring

You can access our documentation and promotional materials from the links below.

BrenPower has an advanced steam flow meter designed for precise and reliable steam consumption monitoring in industrial systems

Non-Intrusive I Self-Powered I Real-Time Monitoring

BrenPower has an advanced steam flow meter designed for precise and reliable steam consumption monitoring in industrial systems. Unlike traditional systems, BrenPower Steam Flowmeter requires no piping modification. With its clamp-on, non-intrusive design, it can be mounted directly onto the pipe surface, enabling fast installation without process interruption or downtime. Most importantly, BrenPower Steam Flowmeter is Self-Powered: It generates the energy it needs from the steam line itself, meaning:

• No power cables
• No batteries
• No charging required

This makes it ideal for sites where wiring is difficult or unwanted, and ensures easy long-term operation.

Key Features

• Clamp-On Installation: No need to cut or alter existing piping
• Self-Powered: No power cables, no batteries, no charging required
• No External Power Supply: Operates without wiring or battery systems
• Designed for Steam: Suitable for both saturated and superheated steam
• Accurate Monitoring: Real-time flow data for energy optimization
• Fast Installation and Startup: Install and activate in minutes

Revolutionize Steam Quality Management with Real-Time Insights and Predictive Intelligence

BrenPower Steam Flowmeter is suitable for all industrial facilities where steam is used — whether for energy generation, heating, or process operations.
Typical applications include:

• Industrial Steam Networks
• Boiler Efficiency Monitoring
• Process Steam Lines in Food, Textile, Paper, Chemical, Pharmaceutical Industries etc.
• HVAC and District Heating Systems
• Steam Consumption Tracking in Manufacturing Plants

From factory floors to process plants, Bren STAR delivers scalable, non-intrusive steam flow monitoring for diverse industrial environments.

Why Choose BrenPower?

You can access our documentation and promotional materials from the links below.

Gain full visibility into your facility’s energy usage with real-time tracking and analytics. Reduce costs, enhance efficiency, and support your sustainability goals with data-driven insights.

Challenges Faced

The biggest issue in energy management is the inability to monitor energy in real time. You cannot effectively manage what you cannot measure. In industrial facilities, energy consumption and production efficiency are often tracked through separate systems. This disconnect makes it difficult for managers to perform accurate analyses and make data-driven decisions.

Root Causes of Increased Energy Consumption Remain Unknown

Energy meters are read and consumption values are visible; however, it is often unclear which production processes the consumption is associated with. As a result, high energy bills occur without a clear explanation of the source of the increase.

Energy Costs Cannot Be Linked to Production

When production data is disconnected from energy data, it becomes impossible to precisely determine the amount of energy consumed per unit of product. Consequently, accurate calculation of energy cost per product and actual profitability is not feasible.

Instant Consumption Abnormalities Go Unnoticed

Faults or maintenance requirements in machines often manifest through increased energy consumption. However, without real-time monitoring, these anomalies go undetected and production continues, leading to energy waste.

Reports Are Prepared Manually and Delivered Late

Data is gathered from various sources and compiled in Excel files. This process is time-consuming and prone to human error. Teams spend valuable time collecting data instead of analyzing it.

Proposed Solution: Integrated Energy and Production
Monitoring System

Our system consolidates energy and production data in industrial plants under one platform, offering managers a meaningful, real-time, and holistic perspective. This not only reduces costs but also improves efficiency.

• Real-Time Monitoring of Energy DataConsumption of various energy sources such as electricity, water, steam, and natural gas is tracked in real time through field-installed sensors and meters. The system can automatically detect excessive or unexpected consumption and alert users.
• Input Production Quantities into the SystemProduction data can be collected automatically from automation systems or entered manually by operators. This flexibility ensures easy integration into diverse production environments.
• Correlate Energy and Production DataEnergy consumption data is automatically matched with production quantities within the system. This allows easy calculation of energy usage per product and unit production costs, supporting compliance with energy management standards such as ISO 50001.
• Access Data from Anywhere via Web PanelAll data is accessible through a user-friendly web interface from any location with an internet connection. A role-based access control system ensures security and provides tailored data views for different user levels.

Reporting and System Features

Our system not only collects data but also processes it into meaningful insights and reports. Managers can make data-driven decisions, and field teams can manage operations more effectively.

Energy Consumption Reports

Automatic daily, weekly, and monthly consumption reports are generated for all types of energy—electricity, water, steam, and natural gas. Detailed reports for specific machines, production lines, or entire facilities are available upon request.

Product-Based Energy Cost Analysis

By combining production data with energy consumption, the average energy cost per product is calculated. This enables clear identification of which products are more efficient or costly to produce.

Efficiency and Comparative Reports

Energy consumption comparisons across different shifts or days for the same machine are used for performance analysis. Inefficient, worn-out, or faulty equipment can be quickly identified.

Real-Time Alerts and Event Logging

The system automatically generates alerts for consumptions that exceed defined thresholds. For example, if a compressor malfunctions or a valve is left open, the system notifies the user.

Excel and PDF Export Support

All reports can be downloaded in Excel or PDF format. Optional automated email reports can be sent to specified users daily or weekly.

User Authorization and Activity Logging

All system activities are logged. User-specific access control ensures secure data access. Detailed records show who accessed what and when.

Learn more about “Energy Management”

You can access our documentation and promotional materials from the links below.

Brenpower Steam Trap Monitoring instantly detects leaks and failures in your steam systems, preventing energy losses. With AI-powered analytics, it optimizes maintenance processes and boosts sustainability and efficiency in production.

Challenges In Steam Trap Monitoring

Operational Challenges Limited and Irregular Data Flow In manual monitoring methods, data is only captured at the moment of inspection, with long intervals in between. This makes it impossible to detect steam trap leaks, blockages, or malfunctions in real time. As a result, hidden energy losses occur, increasing overall operating costs.

Limitations of Legacy Systems

Many facilities operate with outdated systems or manual inspections that offer limited visibility. This leads to delayed fault detection, persistent inefficiencies, and rising maintenance costs. Legacy systems also pose risks to process safety and disrupt operational continuity.

Hidden Energy and Steam Losses

Steam trap failures or malfunctions often go unnoticed and result in significant energy losses. These losses increase operational costs and raise carbon emissions, undermining sustainability efforts. Continuous, real-time monitoring of these losses is essential for improving energy efficiency and protecting profitability.

Risks and Limitations of Manual Measurements

Manual measurement methods require hot pipelines to obtain accurate readings, making field operations more difficult and reducing measurement frequency. A steam trap may fail shortly after a manual inspection, going undetected until the next one, resulting in continued energy loss. Manual data collection introduces human error, increases the risk of overlooked warnings, and causes inconsistencies in the system.

Transform Steam Trap Management with Real-Time Insights and Predictive Intelligence

Brenpower’s AI-powered online monitoring system addresses the key challenges in steam trap management. Our platform provides full visibility into steam trap performance, energy usage, and maintenance needs, helping businesses reduce unplanned downtime, prevent energy losses, and improve operational efficiency.

• Real-Time MonitoringTrack inlet and outlet temperature values and pipe vibration data in real time to ensure optimal steam trap performance and prevent energy losses. Instantly detect leaks, failures, and water hammer effects as they occur.
• Predictive MaintenanceAnalyze historical temperature and vibration data using AI to predict potential steam trap issues before they arise. Plan maintenance proactively to minimize downtime and reduce energy loss.
• Energy Efficiency ChecksContinuously monitor system performance to identify inefficiencies, reveal hidden steam losses, and optimize energy use—ultimately reducing operational costs.
• Steam Trap Performance ManagementAnalyze steam trap behavioral trends to detect early signs of performance decline. Evaluate risks in advance and anticipate failures to enhance system safety and process efficiency. Make timely maintenance and replacement decisions, supported by predictive maintenance strategies.
• Compliance ReportingAutomatically record and report steam trap performance data to support audit readiness and alignment with energy management and sustainability standards.
• Global AccessMonitor and manage your steam traps remotely with secure cloud infrastructure. Track system performance in real time, whether on-site or off-site, and maintain full operational control anytime, anywhere.

Features

Data-Driven Reporting and Analysis for Steam Trap Performance Management

Reports

Comprehensive Reporting and Instant Alerts.
Gain a complete picture of your steam trap system performance with detailed reports covering failures, energy losses, and environmental impact. These reports support fast, informed responses by decision-makers to enhance efficiency and streamline maintenance strategies.

Weekly Failure and Carbon Emissions Reports

Receive automated weekly summaries detailing trap performance and estimated carbon emissions caused by steam leaks. Monitor not only energy losses but also environmental impact to drive sustainability improvements.

Instant Failure Notifications

Get immediate email and SMS alerts when the system detects steam leaks, blockages, or abnormalities. Maintain process security and reduce the risk of unplanned shutdowns.

KPI-Based Performance Tracking

Track key performance indicators such as energy efficiency, failure frequency, system health, and environmental metrics. Use data-driven insights to support continuous improvement and strategic planning.

Automated and Scheduled Reporting

Weekly reports are automatically delivered via email, eliminating manual follow-up and enabling continuous oversight of system performance.

Learn more about “Steam Trap Monitoring”

You can access our documentation and promotional materials from the links below.